Variable intitialisation correction & Charecter Data type Initalisation & Print function Fixed #43 (Problems Fixed)

libs/sudocode_c.py

@@ -1,3 +1,6 @@
+import re
+def find(s, ch):
+    return [i for i, ltr in enumerate(s) if ltr == ch]
 #print(__name__)
 
 def get_code(filename):
@@ -17,17 +20,25 @@ def get_code(filename):
 		#print("\"",line_elem[0],"\"")
 		#print("gap" in line_elem)
 		line_of_code = ""	#initialising var to get the final line of code to be inserted in file
+		if (line_elem[0]=='initialise'):
+			line_elem = [k for k in line_elem if k is not '']
+		if (line_elem[0]=='initialise' and len(line_elem)==3):
+			line_elem[1:3] = [''.join(line_elem[1:3])]
+		if (line_elem[0]=='initialise' and len(line_elem)==4):
+			line_elem[1:4] = [''.join(line_elem[1:4])]
+		if (line_elem[0]=='initialise' and len(line_elem)==5):
+			line_elem[2:5] = [''.join(line_elem[2:5])]
 
 		if("start" in line_elem):		#start keyword starts main function
 			line_of_code +="int main()\n{\n"
 
-		elif(("initialise" in line_elem) and ("int" not in line_elem) and ("float" not in line_elem)):
+		elif(("initialise" in line_elem) and ("int" not in line_elem) and ("float" not in line_elem) and ("char" not in line_elem)):
 			line_of_code += "float " + line_elem[1]  + ";"	#default type is float
 			variables.append("float")		#storing var type in stack
 			line_elem[1] = (line_elem[1].split("="))[0]	#need to store var name so tokenising at = in order to get name of var
 			variables.append(line_elem[1])		#pushing var name into variables stack
 
-		elif(("initialise" in line_elem) and (("int" in line_elem) or ("float" in line_elem))):
+		elif(("initialise" in line_elem) and (("int" in line_elem) or ("float" in line_elem) or ("char" in line_elem))):
 			line_of_code += line_elem[1] + " " + line_elem[2]  + ";"
 			variables.append(line_elem[1])		#storing var type in stack
 			line_elem[2] = (line_elem[2].split("="))[0]	#need to store var name so tokenising at = in order to get name of var
@@ -71,22 +82,43 @@ def get_code(filename):
 
 		elif("print" in line_elem):		#print function implementation
 			line_of_code += "printf(\""
-			for i in range(1,len(line_elem)):	#getting each word to be printed
-				if(line_elem[i] in variables):		#checking if print statement is referring to variables being printed
-					index_var = variables.index(line_elem[i])	#get index of that particular variable
+			if ('"' in line):
+				b = re.split(' |(")',line)
+				new = [k for k in b if k is not None]
+				new1=[n for n in new if n is not '']
+				c='"'
+				d=find(new1,c)
+				new1[(d[0]+1):d[1]] = [' '.join(new1[(d[0]+1):d[1]])]
+				line_of_code += new1[2] + "\\n\""	#adding \n char for new line
+			elif ('(' in line and ')' in line):
+					b = re.split(' |(\))|(\()|(\+)|(\-)|(\*)|(\/)',line)
+					new = [k for k in b if k is not None]
+					new1=[n for n in new if n is not '']
+					c=new1.index('(')
+					d=new1.index(')')
+					var=new1[c+1]
+					new1[(c+1):d] = [''.join(new1[(c+1):d])]
+					index_var = variables.index(var)	#get index of that particular variable
 					line_of_code += "%"
 					if(variables[index_var-1]=="int"):	#checking one index before the var name to check var type in order to get right format specifier
-						line_of_code += "d\\n\"," + variables[index_var]
+						line_of_code += "d\\n\"," + new1[2]
 					if(variables[index_var-1]=="float"):
-						line_of_code += "f\\n\"," + variables[index_var]
-					break
-				else:
-					if(i==len(line_elem)-1):	#check if last word of string is being printed
-						line_of_code += line_elem[i] + "\\n\""	#adding \n char for new line
+						line_of_code += "f\\n\"," + new1[2]
+					if(variables[index_var-1]=="char"):
+						line_of_code += "c\\n\"," + new1[2]
+			else:
+				for i in range(1,len(line_elem)):	#getting each word to be printed
+					if(line_elem[i] in variables):		#checking if print statement is referring to variables being printed
+						index_var = variables.index(line_elem[i])	#get index of that particular variable
+						line_of_code += "%"
+						if(variables[index_var-1]=="int"):	#checking one index before the var name to check var type in order to get right format specifier
+							line_of_code += "d\\n\"," + variables[index_var]
+						if(variables[index_var-1]=="float"):
+							line_of_code += "f\\n\"," + variables[index_var]
+						if(variables[index_var-1]=="char"):
+							line_of_code += "c\\n\"," + variables[index_var]
 						break
-					line_of_code += line_elem[i] + " "	#spacing need for each word
 			line_of_code += ");"
-
 		elif("function" in line_elem):		#check for functions part
 			funcs.append(line_elem[1])	#adding func name to funcs stack
 			return_list.append(line_elem)		#storing the line_elem list vals in return_list to get return type

testfiles/sudocode4.c

@@ -0,0 +1,32 @@
+#include <stdio.h>
+#include <stdlib.h>
+
+int main()
+{
+
+	float a=10;
+	float hi=20;
+	char c='a';
+	char d='b';
+	int e=5;
+	int f=5;
+	printf("%c\n",c);
+	printf("%c\n",d);
+	printf("hi\n");
+	printf("%f\n",hi+a);
+	printf("%d\n",e+f);
+	printf("%f\n",hi);
+	printf("%d\n",e);
+
+	for(int i=0; i <= 10; i++)
+	{
+		if(i%2==0)
+		{
+			printf("%d\n",i);
+		}
+		else
+		{
+			"print not even";
+		}
+	}
+}

testfiles/sudocode4.txt

@@ -0,0 +1,22 @@
+start
+initialise a     =       10
+initialise hi =20
+initialise char c            =        'a'
+initialise char d           =   'b'
+initialise int e = 5
+initialise int f = 5
+print c
+print d
+print "hi"
+print ( hi + a )
+print ( e+ f )
+print hi
+print e
+call test_3 with values 0,10,10
+for int i=0 to 10
+if i%2==0
+print i
+else
+"print not even"
+fi
+endfor

testfiles/sudocode5.c

@@ -0,0 +1,13 @@
+#include <stdio.h>
+#include <stdlib.h>
+
+int main()
+{
+
+	char c='a';
+	char d='b';
+	int x=10;
+	printf("%c\n",c);
+	printf("%c\n",d);
+
+}

testfiles/sudocode5.txt

@@ -0,0 +1,7 @@
+start
+initialise char c = 'a'
+initialise char d = 'b'
+initialise int x = 10
+print c
+print d
+